In the subject "Electromagnetic Compatibility" 13 descriptive lessons with theoretical explanations, practical examples, demonstrations and case studies are scheduled. The mentioned lessons are indicated below:

1. Lesson 1: What is EMC?
   
   
2. Lesson 2: Consequences of Non-EMC in analog and digital circuits
   
   
3. Lesson 3: General characteristics of electromagnetic incompatibilities
   
   
4. Lesson 4: Transition current, ground bounce and power supply decoupling
   
   
5. Lesson 5: Crosstalk
   
   
6. Lesson 6: Signal distortion due to tracks
   
   
7. Lesson 7: Ground planes
   
   
8. Lesson 8: Radiation
   
   
9. Lesson 9: Shielding
   
   
10. Lesson 10: Cables and connectors
    
    
11. Lesson 11: Electrical transients
    
    
12. Lesson 12: Emission tests
    
    
13. Lesson 13: Inmunity tests
    
    

The project of EMC must be developed by a group of student (3 to 5 students per group). The project will be focused in a certain electronic device (proposed by the lecturer or by the students). The project must have the following points:

1. Definition of the product specifications (responsability of the lecturer)
   
   
2. Identification of the standards that the product must comply with
   
   
3. Product design (block diagram, electrical circuit scheme, part list, layout, etc...)
   
   
4. Main characteristics of the parts regarding EMC
   
   
5. Construction considerations regarding EMC
   
   
6. Main characteristics of the test to perform in order to ensure the product CE certification
   
   The groups must prepare a document with the afore mentioned items, present the main topics in public (20min) and answer to the questions.

In order to complement the knowledge acquired in the descriptive lessons, the students will have the opportunity to visit some interesting sites regarding EMC.

• Electromagnetic compatibility laboratory
  
• Anechoic chamber